A multinational scientific team led by UiT has uncovered the deepest known gas hydrate cold seep on the planet. The discovery was made during the Ocean Census Arctic Deep–EXTREME24 expedition and ...

Beneath cold, high-pressure oceans, water and gas molecules clump together into crystalline solids called gas hydrates. During a research cruise around the North Pole, scientists encountered the ...

Far north in the Fram Strait, scientists from UiT The Arctic University of Norway, working with colleagues including the University of Southampton in the U.K., have identified the deepest known gas ...

The unusual mollusks of oceanic cold seeps--strange clams, mussels and sea snails that thrive in the sulfur and methane-rich environments--are on average older than the marine mollusk community as a ...

A team from the US based Schmidt Ocean Institute and its research vessel MV Falkor together with scientists from Argentina will undertake the first and most comprehensive visually guided study of ...

Scientists discovered deep Arctic methane mounds that release gas, shape ecosystems, and inform climate risks.

A pattern of succession has been demonstrated at Gulf of Mexico cold seeps proceeding from a high-biomass endemic community dominated by grazers to a diverse community of endemic and nonendemic ...

Among the many intriguing aspects of the deep sea, Earth's largest ecosystem, exist environments known as hydrothermal vent systems where hot water surges out from the seafloor. On the flipside the ...

Off the Pacific coast of Costa Rica sits a deep-sea chimera of an ecosystem. Jacó Scar is a methane seep, where the gas escapes from sediment into the seawater, but the seep isn’t cold like the others ...

Indigenous and Western scientists are working together to uncover biodiversity in the icy deep. They’re getting some eight-armed help. An Pacific warty octopus mom fights off multiple crabs to protect ...

ROV image of a partially collapsed gas hydrate mound in the Molloy Deep (Freya mounds), where exposed gas hydrates are visible beneath sediment cover. The mound hosts dense fields of frenulate worms ...